POGIL Activities for Introductory Anatomy and Physiology Courses

Murray Jensen and Anne Loyle are the authors of POGIL Activities for Introductory Anatomy and Physiology Courses, published by Wiley.

• Levels of OrganizationModel 1 Anatomy and Levels of OrganizationIntroduction to Medical TerminologyModel 1 The Anatomy of a Medical TermIntroduction to HomeostasisModel 1 Thermostat-controlled Heating System Model 2 Homeostatic Feedback LoopMembrane TransportModel 1 Active Versus Passive Transport Model 2 Osmosis Model 3 TonicityEpithelial Tissue HistologyModel 1 Structure of Epithelial TissuePTH, Osteoporosis, and Calcium HomeostasisModel 1 Test ResultsModel 2 Histology of Bone TissueModel 3 Hormones and Calcium Level RegulationMuscle ContractionModel 1 Anatomy of a SarcomereModel 2 Comparing Relaxed and Contracted SarcomeresModel 3 Cross Sections Through a SarcomereHeart Valves and the Cardiac CycleModel 1 Opening and Closing of Heart ValvesModel 2 ECG & Left Heart Pressure Changes During Two Cardiac CyclesElectrical Activity in the HeartModel 1 The Excitation-Conduction System of the HeartModel 2 The Sequence of Electrical Excitation in the HeartModel 3 Electrocardiogram (EKG or ECG)Model 4 ECG and Selected ArrhythmiasModel 5 Ventricular FibrillationParameters of Vascular FunctionModel 1 Relationships between Pressure and Flow in a Single VesselModel 2 Pressures in the CirculationBlood Glucose MetabolismModel 1 The Oral Glucose Tolerance Test (OGTT)Model 2 Blood Glucose and Blood Insulin LevelsModel 3 Glycemic Index and Changes in Blood GlucoseDeterminants of Fluid Exchange (Filtration) across the Capillary WallModel 1 Hydrostatic PressureModel 2 Colloid Osmotic PressureModel 3 Movement of Fluid Across the Capillary Wall (Filtration)Determinants of Blood Oxygen ContentModel 1 Oxygen Binding to a Single Hemoglobin MoleculeModel 2 Hemoglobin (Hb) Values and Their Effect on Oxygen Carrying CapacityModel 3 Oxyhemoglobin Dissociation CurveAction PotentialModel 1 Alteration of Resting Membrane PotentialModel 2 Ion Movement Across Neuronal MembraneModel 3 Action PotentialThe Menstrual CycleModel 1 Ovarian EventsModel 2 Ovarian Events + Plasma Levels of Sex Steroid HormonesModel 3 Ovarian Events and Plasma Levels of Gonadotropins and Sex Steroid HormonesModel 4 Ovarian Events + Plasma Levels of Gonadotropins and Sex Steroid Hormones + Uterine Cycle